11.26.2011

Piezoelectric Fire in Bandar Seri Begawan, Borneo


'Mystery' Shrouds Morning House Fire

by Achong Tanjong for BruDirect
November 26, 2011

An elderly permanent resident is baffled and deeply upset after a morning fire ravaged the upper-floor of his two-storey house at Kg Pengkalan Gadong yesterday.

Speaking to the Bulletin, 88-year-old Lim Lian Poy said he realised a fire had broken out after hearing unusual noises at around 9:15am, however, by this point it was already too late to tame the flames.

The house had four rooms on each floor, and what baffles the elderly man is what may have caused the fire, given the absence of occupants and electrical appliances on the upper floor.

Mr Lim stays alone at the house, while his family (son and grandchildren) stays at a separate home just a stone's throw away.

"I'm very sad... upset about the fire, but feel lucky because I am safe," he said.

After the incident, several friends stopped by to pay him a visit. Fire and Rescue personnel from Berakas Fire Station received a distress call at 9:39am.

Three fire engines and 15 personnel led by Haji Talib and Haji Supian got the fire under control within seven minutes.




Analysis

Unusual fires such as this seemingly spontaneous combustion on the second story of a Bandar Seri Begawan home are connected with other anomalous electrical surges and piezoelectric fires that are now being caused all over the world by an unrecognized force: ultra-low frequency sound, far below the audible level of most humans.

This infrasonic influence is building strong electrical currents in the metal objects like wheel-barrows, door-knockers and copper electrical wiring in the walls of homes, which then become hot enough to ignite the plastic sheathing surrounding the wires. In other cases, heated wires ignite bed mattresses and metal hangers ignite clothing.

The infrasound which is now being focused onto the Bandar Seri Begawan, Borneo vicinity is being transduced by the Orion pyramids of present-day Giza, Egypt, which act as a nonlinear lensing system for resonantly balancing the geomagnetic fields of Earth as stimulated by coronal mass ejections from the increasing solar activity.

Bandar Seri Begawan, Borneo (4.93N 114.93E) is 2,575 miles from Giza, or 22.8% of the Earth's mean circumference distance (of 24,892 miles). Another infrasound convergence site in this region has been identified in Santo Tomas, Phillipines.

Recent events occurring at other locations along this same resonant axis known as the Sine Wave alignment (in red, above) include Dhenkanal, India - where small metallic stones have falen from the skies during spates of anomalous activity - as well as ancient temples sites such as Khajuraho and Bodh Gaya, India as well as Angkor Wat, Cambodia.

The mathematical relationship of this resonant site within the global pyramid network reveals the invisible quantum connections linking such anomalous events related to solar activity. This pattern of intense solar flares and the resulting infrasound fires at focal points around the planet will culminate in the intense auroral events of December 22, 2012.

Other widely reported examples of such extreme manifestations of this resonance are now simultaneously occurring in Tenerife, Freetown, Babura, Abuja, Bauchi, Jos, Omukondo, Onakaheke, Tsholotsho, Lalapansi, Goodhope, Nairobi, Mpumalanga, Mapuve, Bodibe, Bloemfontein, Hopewell, Tshiozwi, Cape Town, Landovica, Galway, Longford, Glasgow, Dublin, Crewe, Waterford, Peterborough, Coventry, Hull, London, Surrey, Steeple, Egham, Wisbech Messina, Peschici, Berici, across northern Greece, Ratria, Kakori, Mumbai, Kolkata, Charajpura, Kishtwar, Rangrik, Thiruvananthapuram, Kota Baru, Kuala Lumpur, New Norcia Darwin, Rockhampton, Adelaide, Brisbane, Eaglehawk, Sydney, Georgetown, La Pampa, Melipilla, Nelson, and in the US in Seattle, Corvallis, Soudan SP, Minneapolis, New Ulm, Pueblo, Waxahachie, Anderson, Bluffton, Georgetown, Homosassa, San Mateo, Vallejo, San Francisco, Clovis, Calaveras, Haverhill, Peabody, Brentwood and New York City.